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A 63 year old patient with distal femur fracture able flex the knee 63 degree able to walk with cane able to squat with walker complains of pain.her fracture has not healed completely able to side walk with cane able ascend and descend the stairs with support provide the physiothearpay exercise protocol for her along with weight bearing exercise on right leg which is affected

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distal femur fracture ORIF physiotherapy rehabilitation protocol weight bearing exercises 2024

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distal femur fracture physiotherapy exercises weight bearing protocol knee flexion

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I now have a comprehensive picture of this patient's clinical status from the X-ray and the literature. Let me compile the full protocol.

Physiotherapy Rehabilitation Protocol

Mrs. Nasrin Hanif Vadwala, 63 years - Right Distal Femur Fracture (Post-ORIF with Lateral Locking Plate)


X-ray Interpretation

The AP and lateral knee X-rays dated 15/06/2026 show a right distal femur fracture fixed with a lateral locking compression plate and multiple interlocking screws. The hardware appears intact with no implant failure, but radiographic callus is incomplete - consistent with the clinical finding of incomplete fracture healing (delayed union). Bone quality appears osteopenic consistent with her age.

Current Functional Status Summary

ParameterStatus
Knee Flexion ROM63° (significant restriction; normal 135°)
AmbulationWalking with cane
SquattingOnly with walker support
Side-walkingPossible with cane
Stair climbing/descentWith support
PainPresent
Fracture healingIncomplete

Key Clinical Considerations Before Starting

  • Do not advance weight bearing aggressively until orthopedic surgeon confirms radiographic evidence of callus formation - the fracture is not fully healed.
  • Pain is a guide - stop any exercise that causes sharp or worsening bone pain.
  • Her knee flexion of 63° suggests significant quadriceps weakness, joint stiffness, and possible adhesions. Target is 90° as the first milestone, then 120°+.
  • A 2025 systematic review and meta-analysis (Aebischer et al., ANZ J Surg 2025, PMID 39465540) found that early weight-bearing after distal femur fixation in elderly patients did NOT significantly increase revision or complication rates - supporting a progressive weight-bearing approach under surgical guidance.

Phase 1 - Protective Phase (Current: Weeks 0-6 post-op baseline)

Goals: Pain management, swelling control, prevent stiffness, protect fixation, activate quads

Modalities

  • Cryotherapy (ice pack over knee) - 15-20 minutes, 3-4x/day, especially post-exercise
  • TENS or IFT for pain relief over the knee - 20 minutes/session
  • Elevation of the limb when at rest

Exercises (Lying / Sitting)

1. Ankle Pumps
  • Lying or sitting
  • Pump ankle up and down briskly
  • 3 sets x 20 repetitions, 3x/day
  • Purpose: Prevent DVT, improve venous return
2. Quadriceps Sets (Isometric Quad Contraction)
  • Lying flat, roll a towel under the knee
  • Tighten the thigh muscle, press knee down into towel, hold 5-10 seconds
  • 3 sets x 15 reps, 2x/day
  • Purpose: Activate vastus medialis, prevent quad atrophy
3. Straight Leg Raise (SLR)
  • Lying flat, opposite knee bent
  • Tighten quad, lift affected leg to 45°, hold 5 seconds, lower slowly
  • 3 sets x 10 reps, 2x/day
  • Modify: If painful, begin with short-arc quad (SAQ) - see below
4. Short Arc Quads (SAQ)
  • Lying, bolster/rolled towel under knee (30° flexion support)
  • Extend knee fully from 30° to 0°, hold 5 seconds, lower
  • 3 sets x 10 reps, 2x/day
5. Hip Abduction (Side-lying)
  • Lie on unaffected side
  • Lift right leg 30-40°, hold 3 seconds, lower
  • 3 sets x 12 reps
  • Purpose: Strengthen gluteus medius, prevent Trendelenburg gait
6. Gluteal Sets
  • Lying flat, squeeze buttocks together, hold 5-10 seconds
  • 3 sets x 15 reps
7. Heel Slides (Active ROM)
  • Lying flat, slide heel toward buttocks slowly bending the knee
  • Go to pain-free limit (currently ~63°), hold 3 seconds, return
  • 3 sets x 10 reps
  • Progress: Increase range 5° each week as tolerated
8. Passive/Active-Assisted Knee Flexion
  • Sitting at edge of chair/bed
  • Use unaffected foot to gently support and assist the right foot in sliding back (flexing knee)
  • Hold at end range 15-20 seconds
  • 3 sets x 8 reps
  • This is the PRIMARY exercise to increase ROM from 63° toward 90°

Phase 2 - Early Strengthening Phase (Target: Weeks 6-12 from surgery)

Goals: ROM toward 90°+, increase muscle strength, progress weight bearing, improve gait with cane

Prerequisites to enter this phase:

  • Orthopedic surgeon confirms partial healing on X-ray
  • Knee flexion reaching 70-80°
  • Good quad control with SLR

ROM Exercises

9. Gravity-Assisted Knee Flexion (Seated Hang)
  • Sit at edge of high chair or plinth
  • Let gravity pull the right leg down gently
  • Relax the knee, hold 30-60 seconds
  • 3 sets, 2x/day
  • Most effective technique for improving flexion beyond 80°
10. Wall Slides / Supine Heel Slides with Overpressure
  • Lying against a wall, place foot on wall, slide down to increase flexion
  • Use opposite foot to gently push further
  • Hold 20-30 seconds, 5 reps
11. Stationary Bicycle
  • Start at approximately Week 6-8 when ROM reaches 90°
  • Begin with seat raised high (less flexion required)
  • 10-15 minutes, low resistance
  • Progress seat lower as ROM improves

Strengthening Exercises

12. Terminal Knee Extension with Resistance Band
  • Band anchored behind knee
  • Straighten knee from 30° to full extension against band resistance
  • 3 sets x 15 reps
13. Hip Extension (Prone Lying)
  • Lying face down
  • Tighten buttocks and lift right leg 10-15 cm, hold 3 seconds
  • 3 sets x 12 reps
  • Strengthens gluteus maximus for stair climbing
14. Bridging
  • Lying flat, both knees bent
  • Lift hips off bed, hold 5-10 seconds, lower
  • 3 sets x 10 reps
  • Progresses to single-leg bridge when able
15. Clamshell Exercise
  • Side-lying, both knees bent to 45°
  • Open the top knee like a clamshell, keeping feet together
  • 3 sets x 15 reps
  • Purpose: Gluteus medius for lateral stability while walking

Phase 3 - Weight-Bearing Progressive Exercise Protocol (Right Leg)

This is specifically tailored to the current functional presentation. Advance each step only under surgeon guidance based on healing.

Weight-Bearing Progression Ladder

StageWeight Through Right LegAidPrerequisites
CurrentPartial weight bearingCaneAs present
Stage 150% body weightCaneSurgeon confirms callus on X-ray
Stage 275% body weightCanePain <4/10 during walking
Stage 3Full weight bearingCaneGood quad control, stable gait
Stage 4Full weight bearingNo aidROM >100°, pain-free walking

Weight-Bearing Exercises

16. Standing Weight Shift (Partial to Full)
  • Stand between parallel bars or in front of kitchen counter for safety
  • Shift weight side to side slowly, spending 3-5 seconds on right leg
  • 3 sets x 10 repetitions
  • Progress: Increase time on right leg to 10 seconds
17. Standing Calf Raises (Bilateral)
  • Stand at counter
  • Rise on toes of both feet, hold 3 seconds, lower slowly
  • 3 sets x 10 reps
  • Purpose: Loading the tibial-femoral chain, calf/soleus strengthening
18. Mini Squats / Quarter Squats at Counter
  • Stand facing counter, hold lightly for balance
  • Bend both knees to 20-30° (do not go deeper than 45° until healing is confirmed)
  • Hold 3-5 seconds, straighten
  • 3 sets x 10 reps
  • This is the only squat variant appropriate currently given her 63° flexion limit and incomplete healing
19. Step-Ups (Forward Step-Up)
  • Use a 5-10 cm step initially (increase height as strength improves)
  • Step up with the RIGHT foot first (affected leg does the work)
  • Bring left foot up, then step down left first
  • 3 sets x 8 reps
  • Progress to 15-20 cm step height
  • Directly trains stair climbing pattern
20. Lateral Step-Ups / Side-Step to Step
  • Step sideways onto a low step with right foot
  • Bring left foot up, return left foot down, then right foot
  • 3 sets x 8 reps each direction
  • Reinforces side-walking ability
21. Sit-to-Stand Practice
  • Use a firm chair (add a cushion to raise seat height initially)
  • Lean forward, push through both feet to stand
  • Progress: Reduce hand support from both armrests → one armrest → no hands
  • 3 sets x 8 reps
  • Directly functional for ADL independence
22. Single Leg Stance Progressions (Balance/Proprioception)
  • Hold counter, stand on right leg alone
  • Start: 10 seconds, build to 30 seconds
  • Progress: Eyes closed, then on foam pad
  • Begin only after surgeon approves full weight bearing
  • 3 sets x 10-30 seconds
23. Tandem Walking / Sidewalk Training
  • Practice walking sideways (already partially capable with cane)
  • 5-10 meters in each direction
  • Helps with hip abductor/adductor coordination
  • Progress to sidewalk without cane
24. Stair Training (Formal)
  • Currently: Ascending and descending with support - continue and refine
  • Cue: "Good leg goes up first (lead with left), bad leg comes down first (lead with right when descending)"
  • This is the standard step-over-step stair technique for unilateral lower limb conditions
  • Progress to step-over-step as ROM and strength improve

Gait Training Guidance

  • Current pattern: Walking with cane in left hand (opposite to affected right leg) - ensure the cane is held in the LEFT hand at all times
  • Gait cues: Equal step length, avoid hip hiking or circumduction on the right
  • Practice walking on different surfaces: flat floor → carpet → slight incline → outdoor surfaces
  • Target: Wean from cane once full weight bearing is achieved and gait is symmetrical

Pain Management Adjuncts

  • Ice 15-20 min after every exercise session
  • Transcutaneous Electrical Nerve Stimulation (TENS): 80-100 Hz, 20-30 min for acute pain
  • Interferential Therapy (IFT): 4000 Hz carrier, 80-150 Hz AMF sweep, over knee
  • Ultrasound therapy over fracture site (1 MHz, 0.5-1 W/cm², pulsed 1:4) - may promote bone healing in delayed union; discuss with orthopedic surgeon
  • NSAIDs as prescribed by physician; note long-term NSAID use can impair bone healing - monitor

Home Exercise Program (Daily)

ExerciseSets x RepsFrequency
Ankle pumps3 x 203x/day
Quad sets3 x 152x/day
Heel slides3 x 102x/day
SLR3 x 102x/day
Seated knee flexion hang3 x 30 sec2x/day
Standing weight shift at counter3 x 102x/day
Sit-to-stand3 x 82x/day
Step-ups (when able)3 x 8Daily
Hip abduction3 x 12Daily
Calf raises3 x 10Daily

Functional Milestones and Targets

MilestoneTimeline (from now)Exercise Trigger
Knee flexion 90°3-4 weeksStationary bike, step-ups
Knee flexion 110°6-8 weeksDeeper squats, higher steps
Full weight bearing unaided8-12 weeks (surgeon approval)Single leg balance, advanced gait
Independent stair climbing10-14 weeksProgressive step height
Wean from cane12-16 weeksSymmetrical gait confirmed
Return to squat without support16-20 weeksFull ROM + quad strength

Red Flags - Stop and Refer to Surgeon

  • Sudden increase in pain at the fracture site during weight bearing
  • Audible click or crack during exercise
  • Progressive swelling, redness, warmth (rule out DVT or infection)
  • Loss of already gained ROM
  • Hardware pain or tenderness over the plate
  • Signs of non-union progression on follow-up X-ray

Evidence Base

  • Aebischer et al. (2025), ANZ J Surg - Systematic review/meta-analysis: Early weight-bearing after distal femur fixation in elderly patients does not increase revision or complication rates compared to restricted weight-bearing (PMID: 39465540)
  • PMC Case Report (PMC10824706): Phased physiotherapy protocol post distal femur fracture ORIF, progressing from isometric exercises to full weight-bearing with walker to functional activities
  • Knee Fracture ORIF Rehabilitation Protocol (Frantz MD): Emphasizes ROM progression, hip abductor strengthening, proprioceptive training after Week 12+

Important: This protocol should be coordinated with Mrs. Vadwala's orthopedic surgeon, specifically regarding the timing of weight-bearing progression given the incomplete fracture healing. X-ray follow-up every 4-6 weeks will guide safe advancement through the phases.

What mobilization should be given

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knee joint mobilization techniques post distal femur fracture ORIF Maitland tibiofemoral patellar physiotherapy 2024

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Maitland grades knee mobilization tibiofemoral posterior glide patellar mobilization techniques stiff knee fracture physiotherapy

Now I have comprehensive data. Here is the complete mobilization protocol for Mrs. Nasrin:

Joint Mobilization Protocol

Mrs. Nasrin - Right Knee Post Distal Femur ORIF (Incomplete Healing, 63° Flexion, Pain)


Critical Precautions Before Any Mobilization

  • No direct mobilization over the fracture site or the locking plate - hardware is still in situ
  • No high-velocity thrust (Grade V) - contraindicated with incomplete bone healing
  • No forced end-range mobilization until surgeon confirms adequate callus on X-ray
  • Begin with Grade I-II for pain relief; advance to Grade III-IV only when pain is controlled and healing progresses
  • Always reassess ROM and pain before and after each mobilization session

Maitland Grade Selection Guide for This Patient

GradeAmplitudePosition in RangeUse ForApply to Mrs. Nasrin When
Grade ISmallStart of range (pain-free zone)Pain relief, neurophysiologicalAcute pain, early sessions
Grade IILargeMid-range (free of resistance)Pain relief + gentle movementPain dominant, current phase
Grade IIILargeInto resistance (end of range)Stiffness, ROM gainPain controlled, ROM plateau
Grade IVSmallAt end of range (into resistance)Specific capsular stiffnessPain well-controlled, flexion stuck
Current recommendation: Start with Grade II for pain relief, add Grade III as pain settles and ROM needs to improve beyond 70-80°.

1. PATELLOFEMORAL JOINT MOBILIZATIONS (Priority #1)

The patella is the most restricted structure after distal femur ORIF. Peripatellar adhesions and quadriceps tightness cause patellar hypomobility, which is a primary barrier to knee flexion beyond 60-70°.

A. Inferior Patellar Glide (Caudal Glide)

Purpose: Restores knee flexion - the patella must glide inferiorly as the knee bends
Position: Patient supine, knee in slight flexion (bolster under knee, 10-15°)
Technique:
  • Therapist stands at the side of the right leg
  • Place both thumbs on the superior pole of the patella
  • Apply a slow, firm downward (toward the foot) glide
  • Hold 10 seconds at end range OR use oscillations 2-3/second
  • Grade II: 10 oscillations x 3 sets (current phase - pain relief + early mobility)
  • Grade III: 10 oscillations x 3 sets pushed into stiffness barrier (when pain controlled)
Dosage: 3 sets x 10 reps, hold at end range 10 sec

B. Superior Patellar Glide (Cephalad Glide)

Purpose: Restores knee extension, prevents extensor lag
Position: Supine, knee extended flat
Technique:
  • Place thumbs on inferior pole of patella
  • Push patella upward (toward the thigh/head)
  • Oscillate gently or hold at end range
  • Grade II-III
Dosage: 3 sets x 10 reps

C. Medial Patellar Glide

Purpose: Stretches the lateral retinaculum, improves patellar tracking and reduces lateral patellar tilt pain
Position: Supine, knee fully extended or slightly flexed
Technique:
  • Place index fingers on lateral border of patella
  • Push patella medially (toward the midline) with both index fingers/thumbs
  • Hold 10-15 seconds at end range
  • Grade III-IV for lateral retinacular tightness
Dosage: 3 sets x 10 oscillations

D. Lateral Patellar Glide

Purpose: Stretches medial retinaculum, reduces medial patellar tightness
Position: Supine, knee extended
Technique:
  • Place thumbs on medial border of patella
  • Push laterally
  • Grade II initially
Dosage: 3 sets x 10 reps

E. Patellar Tilt (Medial Tilt)

Purpose: Mobilizes the deep surface of the patella against the femoral trochlea; reduces retropatellar pain
Technique:
  • Grip patella between thumb and index finger
  • Lift the medial edge while depressing the lateral edge (tilt)
  • Hold 10-15 seconds, release
  • 5 repetitions

2. TIBIOFEMORAL JOINT MOBILIZATIONS (Priority #2)

A. Posterior Tibial Glide (Anterior-to-Posterior - for Flexion)

Purpose: The tibia must glide posteriorly on the femur for knee flexion (arthrokinematic rule). This is the PRIMARY mobilization to increase flexion from 63° toward 90°+
Position: Patient supine, knee flexed to current limit (~60°), foot resting on the plinth
Technique:
  • Therapist at foot end of plinth
  • One hand stabilizes the distal femur from above (do NOT press on the plate/fracture area - use the distal shaft proximal to the hardware)
  • Other hand grips the proximal tibia from the front with a web-space grip
  • Apply a posterior (downward into the table) glide on the proximal tibia
  • Direction of force: straight posterior, perpendicular to the tibial shaft
  • Grade II: Large amplitude oscillations, short of tissue resistance - 10-20 reps x 3 sets
  • Grade III: Large amplitude, into the resistance barrier - 10 reps x 3 sets
Dosage: 3 sets x 10-15 oscillations, 2-3 seconds each
Clinical note: This single technique, when applied correctly at Grade III, can yield 5-10° ROM gain per session in a stiff post-fracture knee.

B. Anterior Tibial Glide (Posterior-to-Anterior - for Extension)

Purpose: The tibia must glide anteriorly for full knee extension. Prevents and corrects a flexion contracture.
Position: Patient prone, knee near extension, roll under distal tibia
Technique:
  • Stabilize distal femur above the hardware
  • Apply an anterior (upward/ventral) force on the posterior aspect of the proximal tibia
  • Grade II-III
  • 3 sets x 10 reps

C. Tibiofemoral Distraction (Traction)

Purpose: Pain relief (Grade I-II), joint space opening, reduces compressive pain in the knee
Position: Supine, knee in resting position (~25-30° flexion - the position of maximum joint relaxation)
Technique:
  • Grip the ankle/distal leg
  • Apply a gentle longitudinal traction (pull along the tibia axis, away from the femur)
  • Grade I-II for pain relief: gentle sustained pull, 30-60 seconds x 3 repetitions
  • Never use aggressive distraction with incomplete healing
Dosage: 3 x 30-60 seconds sustained
Note: This is the safest mobilization to begin with in a painful, post-fracture knee. It neurophysiologically inhibits pain via mechanoreceptor stimulation.

D. Medial and Lateral Tibial Glides (Varus/Valgus Accessory Glides)

Purpose: Restores full arthrokinematic freedom; addresses rotational stiffness of the knee
Position: Supine, knee in 25° flexion (resting position)
Technique:
  • Stabilize the distal femur
  • Apply a medial or lateral glide on the proximal tibia
  • Grade II for pain, Grade III-IV for stiffness
  • 3 sets x 10 oscillations in each direction

3. MULLIGAN MOBILIZATION WITH MOVEMENT (MWM) - When Pain Settles

Mulligan MWM is a powerful technique that combines a therapist-applied accessory glide with the patient's active movement. Evidence favors this for knee stiffness and pain (systematic review, PMC8790437).

Mulligan Tibial Glide with Active Knee Flexion

Purpose: Pain-free ROM improvement, neurophysiological pain inhibition
Position: Patient sitting at edge of plinth, knee in current range (~60°)
Technique:
  • Therapist applies a lateral tibial glide (medial-to-lateral direction) on the proximal tibia with both hands
  • WHILE the therapist sustains the glide, the patient actively flexes the knee as far as possible - pain free
  • If flexion increases without pain - this is the correct direction
  • If not, try medial, anterior, or posterior glide direction until pain-free movement is found
  • Hold at end range 10 seconds, return
  • 3 sets x 10 reps
Key rule: Mulligan MWM should be completely pain-free. If any pain - change direction of glide or stop.

4. SOFT TISSUE MOBILIZATION (Adjunct)

These accompany joint mobilization to reduce periarticular stiffness:

A. Quadriceps Soft Tissue Release / Massage

  • Longitudinal effleurage and petrissage to the quadriceps muscle belly (distal 1/3 - avoid directly over plate)
  • Reduces quad tightness which mechanically restricts knee flexion
  • 5-10 minutes per session

B. Popliteal Fossa / Posterior Capsule Stretching

  • Supine, therapist gently applies sustained pressure into popliteal fossa while extending the knee
  • Addresses posterior capsular tightness that limits full extension
  • 3 x 30-second sustained holds

C. Iliotibial Band (ITB) Release

  • Side-lying, therapist applies lateral thigh friction massage
  • Reduces lateral knee tightness that contributes to patellar mal-tracking
  • 5 minutes

D. Scar Tissue / Adhesion Release Around Incision

  • Once wound is fully healed (>6 weeks post-op, scar mature)
  • Circular friction massage perpendicular to and parallel to the incision scar
  • Mobilizes the scar to prevent adhesion to underlying fascia/hardware
  • 3-5 minutes per session

5. CONTINUOUS PASSIVE MOTION (CPM) - If Available

  • Passive mechanical flexion-extension cycling
  • Range: Start at 0-60° (her current limit), advance 5° every 1-2 days as tolerated
  • Duration: 1-2 hours/day
  • Excellent for maintaining gains between manual mobilization sessions
  • Particularly useful when therapist is not available

Session Structure for Each Physiotherapy Visit

OrderTechniqueDurationPurpose
1Heat application (hot pack to knee)10-15 minWarm up tissues before mobilization
2Patellar mobilization (inferior + medial glide)10 minUnlock patellar mobility
3Tibiofemoral distraction (Grade I-II)5 minPain relief
4Posterior tibial glide (Grade II → III)10 minFlexion ROM gain
5Anterior tibial glide5 minExtension maintenance
6Mulligan MWM (when pain allows)10 minActive ROM integration
7Soft tissue - quads + scar5-10 minPeriarticular release
8Therapeutic exercise (heel slides, SLR)15-20 minStrengthen gains from mobilization
9Ice pack + elevation15-20 minReduce post-treatment inflammation
Total session: 60-75 minutes | Frequency: 3-5x per week

Expected ROM Gains with Consistent Mobilization

TimeframeTarget Flexion ROMKey Mobilization
Week 1-270-75°Grade II patellar inferior glide + distraction
Week 3-480-90°Grade III posterior tibial glide + Mulligan MWM
Week 6-8100-110°Grade III-IV + stationary bike
Week 10-12120°+Grade IV + eccentric loading

Stop Mobilization If:

  • Pain significantly worsens during or after mobilization (especially bone pain at fracture site)
  • New swelling develops acutely after session
  • Fever or signs of infection
  • Radiographic evidence of hardware loosening at next follow-up
The combination of inferior patellar glide + posterior tibial glide (Grade III) is the most direct intervention to unlock her knee from 63° toward 90° and beyond.
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